Some properties of the directed graph, possibly used as isomoprhism invariants.
Some properties of the directed graph, possibly used as isomoprhism invariants.
(adjacency-matrix G m)
returns the adjacency matrix of digraph G, G should be compact
returns the adjacency matrix of digraph G, G should be compact
(compact G)
If the graph has unused vertices, then this compactifies to a zero-starting no gap isomorphic representation.
If the graph has unused vertices, then this compactifies to a zero-starting no gap isomorphic representation.
(out-in-degrees G m)
Returns the out and in-degree pairs in a vector indexed by the nodes.
G
is a directed graph, m
is the number of nodes (graph may not be
compact)
Returns the out and in-degree pairs in a vector indexed by the nodes. `G` is a directed graph, `m` is the number of nodes (graph may not be compact)
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